Microwave Test Cable
Microwave test cables require high mechanical flexibility and stable electrical performance. They are commonly used in high-frequency measurement applications within laboratories and test stations, as well as in telecommunications, automotive, medical, industrial, consumer electronics, and aerospace fields for reliable signal transmission.Thorough testing is essential to ensure the performance of electronic components. The test cable is often a critical part of the measurement system—it must be highly durable to endure repeated bending and movement in varying environments without compromising performance.ZOMWAVE offers a wide range of standard and custom high-performance test cables suitable for applications from DC to 110 GHz.
1.85mm Male to 1.85mm Male Phase Matched Armor Test Cable, Low Loss Phase-Stable
2.4mm Male to 2.4mm Male Phase Matched Armor Test Cable, Low Loss Phase-Stable
2.92mm Male to 2.92mm Male Phase Matched Armor Test Cable, Low Loss Phase-Stable
1.85mm Male to 1.85mm Male Phase Matched Cable Assembly,Low Loss Phase-Stable,67
2.4mm Male to 2.4mm Male Phase Matched Cable Assembly, Low Loss Phase-Stable,50G
2.92mm Male to 2.92mm Male Phase Matched Cable Assembly,Low Loss Phase-Stable,40
ZOMWAVE manufactures precision phase matched cable assemblies and phase matched rf cables for critical test applications requiring accurate, repeatable measurements. Our microwave test cables deliver exceptional mechanical durability and electrical performance up to 110GHz, featuring a rugged construction that withstands 10 million flex cycles while maintaining high phase and amplitude stability. These phase matched cable assemblies are available in matched sets of two with delay less than ±2ps. The 2.92mm Male to 2.92mm Male configurations utilize stainless steel passivated connectors and are offered in 24, 36, 48 and 60 inch lengths. Custom phase matching and time delay specifications are available for bulk orders, meeting international standards for aerospace, defense, and telecommunications applications.